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Decentralized mixing: No third party is involved, mixing performed by…
Decentralized mixing:
No third party is involved, mixing performed by participating users
Hidden address shuffling:
relation of input and output address is hidden from participating users
Blind Signatures
breaking links
between input-output addresses in a transaction.
Partially blind fuzzy signatures used to ensure anonymity of multiple users
Decryption mixnets
set of input passes through a set of mix-nets where they shuffle the input and apply encryption and decryption.
Dining cryptographic network
Similar to one time launch pad
Network of transactions
consists of number of 2 party switch-boxes performing permutation of addresses.
similar to DC-mixnets however encryp and decryp isn't performed
Secure mutli-party computation
allows a group of users to compute the value of a public function using their private data, while they keep their inputs private.
Zero Knowledge proofs
allows one to prove that the statement is true without providing any other information except that the statement is true
these protocols are used to prove how protocol can be generalised
mixing is achieved in multiple transactions
Fair exchange protocol
performed using scripting techniques of BTC
Explicit address shuffling